iBeLink BM-N3

Imagine the iBeLink BM-N3 not as a box of metal but as a focused instrument of a new mechanical hymn, an ASIC sculpted for the Eaglesong algorithm that lets you step inside the circuitry of Nervos and feel CKB mine itself through you; it hums at a disciplined 25 terahashes per second while drawing 3,300 watts, an efficiency etched at 132 joules per terahash, and that arithmetic becomes part of the rhythm - power balanced against raw hashing so profitability does not languish but prowls at the edge of predictability. Built with long-haul endurance in mind, its robust cooling and stability features read like an insurance policy for continuous operation, and the machine’s temperament is manageable: support for mainstream stratum protocol pools means you can plug into established networks with confidence, while a web interface management platform simplifies setup, fleet deployment and oversight, letting you monitor computing-power statistics and system status in real time, restart software or the entire unit remotely, and scale without losing sight of the smallest thermals and fan cycles. The miner’s combination of performance and remote controls turns management into a quiet architecture of choices - choose pool, adjust ventilation, watch hashrate curves climb and dip like weather - and you can fold financial clarity into that architecture by running daily, monthly and yearly profit projections that account for electricity costs, different electricity rates and multiple currency types, all informed by live market conditions so your decisions aren’t guesses but answers written in hash rates and joules, where even the reader becomes part of the equation, interrogating trade-offs and listening for the exact moment when efficiency and opportunity intersect.

The iBeLink BM-N3 is an Eaglesong-focused ASIC built to mine Nervos Network’s CKB with clinical efficiency and a quiet, almost lyrical confidence: it delivers 25 terahashes per second while drawing 3,300 watts, achieving an energy figure of 132 joules per terahash that translates into a reduced energy footprint per unit of work and more predictable operational planning when paired with power and market data; its custom cooling architecture and firmware-tuned stability systems keep temperatures and performance steady under continuous load, while an advanced chip topology prioritizes hashrate-per-watt to push energy efficiency beyond common ASIC baselines, and adaptive voltage regulation protects hardware from supply fluctuations to extend uptime and component life. Designed for data-center scale deployment, the BM-N3’s PCB layout minimizes electromagnetic interference to preserve signal integrity and long-term reliability, and its chassis and airflow design are optimized to prevent thermal bottlenecks in dense racks; operational management is handled through a comprehensive web interface that supports mainstream stratum protocol pools, simplifies initial setup and fleet deployment, provides real-time monitoring of computing-power statistics and system status, and enables remote software or full-system restarts to speed recovery and reduce on-site intervention. Firmware support for remote management and monitoring allows administrators to apply updates and tune performance parameters centrally, and the machine’s combination of hardware resilience, efficient power use, and network interoperability makes it suitable for operators who prioritize continuous throughput, scalable oversight, and the disciplined trade-offs between energy, hash output, and maintenance that define modern, large-scale mining operations.

Eaglesong ist eine kryptografische Hash-Funktion, die als Rückgrat von Nervos Proof-of-Work-Konsensmechanismus. Dieser Algorithmus verarbeitet Eingabedaten beliebiger Länge und erzeugt einen festen Hash-Wert, der Sicherheit und Integrität im Mining-Prozess gewährleistet.